WebCommercially introduced in 1994, OptiStruct is a first-to-market simulation technology that seamlessly integrates structural optimization and analysis. OptiStruct solves both linear and nonlinear problems using an enhanced proprietary version of NASTRAN and a modern proprietary nonlinear formulation developed and maintained by Altair. WebOptiStruct has the capability to solve both the thermal and mechanical physics in a single simulation including a one-step transient thermal stress analysis. Engineers can understand how parts behave under real world conditions whether they need linear or nonlinear steady-state, linear transient analysis, or contact-based thermal analysis.
OptiStruct Panel - 2024.help.altair.com
WebOptiStruct currently supports restart functionality for Nonlinear Analysis and Optimization. The following sections provide specific information regarding the procedure to implement … WebThe OptiStruct Example Guide is a collection of solved examples for various solution sequences and optimization types and provides you with examples of the real-world applications and capabilities of OptiStruct. Complex Eigenvalue Analysis. OS-E: 0500 Restart of NLSTAT iphone 最新機種
OS-E: 0145 Nonlinear Analysis of Rack and Pinion using Restart
WebCoordinate systems are required for various parts of the model, for instance, grid location, grid displacement, elements, materials, and so on. The basic coordinate system is the built-in cartesian coordinate system in OptiStruct. In addition to being the default reference system for all other coordinate systems, it is also the default system ... WebResults Output by. OptiStruct. The tables in this section summarize the results output for different analysis types. They show the formats available for each result and the I/O … WebYou are solving two problems: First, modal analysis, where the normalisation (mass or amplitude) will be used for the mode shape of the structure. Second, FRF - Frequency response function, where... iphone 検索方法